Architecture for Collecting and Analysing Data from Sensor Devices

Abstract

A sensor device measures one or many health indicators for the user wearing it. The vital parameters are monitored and displayed to an individual or to a medical person in real or orchestrated time. This paper focuses on creating a general architecture that enables collecting, analyzing and transmitting data depending on the user needs. It can be used to track changes in vital parameters, without the need of the individual being physically present. With the focus on smartwatch data, as an example of a wearable device, this paper shows the possibilities for its application in finding accuracy of true authentic emotions that a person with autism spectrum disorder is feeling, by measuring the person’s vital parameters.